Using Process Algebra to Validate Behavioral Aspects of Object-Oriented Models

Abstract : We present in this paper a rigorous and automated based approach for the behavioral validation of control software systems. This approach relies on metamodeling, model-transformations and process algebra and combines semi-formal object-oriented models with formal validation. We perform the validation of behavioral aspects of objectoriented models by using a projection into a well-defined formal technical space (Finite State Process algebra) where model-checkers are available (we use LTSA; a model checker for Labeled Transition Systems). We then target an implementation platform, which conforms to the semantics of the formal technical space; in turn, this ensure conformance of the final application to the validated specification.
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Alban Rasse, Jean-Marc Perronne, Pierre-Alain Muller, Bernard Thirion. Using Process Algebra to Validate Behavioral Aspects of Object-Oriented Models. Lecture Notes in Computer Science, Springer, 2006, 3844, pp.39-47. ⟨10.1007/11663430_5⟩. ⟨hal-00911624⟩



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